Exhaustless pollutant

ABSTRACT

The pollutant is collected into a storage that prevents a free exhaust.

FIELD OF THE INVENTION

The present invention is related to environmental protection and more specifically to the protection of air, water, soil, etc. from generated pollutant.

BACKGROUND OF THE INVENTION

The disadvantage of the known protections of the environmental from generated pollutant is filter or chemical types.

A drawback of the known environmental protection is that they limited to solve of the modem generated pollution problems.

However the known environmental protection will not solve the modern problems of pollution the atmosphere, water, soil.

OBJECT OF THE INVENTION.

The object of the invention to provide an environmental protection from the exhausts of cars, trucks etc.; airplanes etc.; boat etc.; power equipments (cranes etc); metallurgy etc.; chemurgy etc.; heating, cooling ventilation systems etc.; power stations etc.; incinerators etc, housing utilities rooms, etc.; hazardous and storage rooms etc.; kitchens etc.; laundries and cleaning processes etc.; underground utilities (maintenance chambers etc); sanitary and storm sewers, chambers and ketch basins, etc.;garages etc.; and any source that produce pollutant;

Another object of the invention is to provide protection of the environment from transportation pollution.

Other object of the invention is to provide protection from garbage, waste, sewage discharges, sanitation, etc.

Another object of the present invention is to provide fuel from garbage, waste materials, etc.

It is the present invention will provide sanitation activities by incinerate processes.

SUMMARY OF THE INVENTION

The invention is directed toward improving the environmental quality by collecting gases from exhausts.

Eliminate pollution from exhausts.

Using garbage and waste for additional fuel sources and other applications.

This invention is directed toward:

Improving the sanitary collection cost by reduce the amount of garbage and waste thereby improving the quality of life, etc

Reduce garbage for collection.

Reduce garbage pollution.

Reduce infections and diseases.

Improve the quality of the residential environment.

Use regular garbage for additional sources of fuel, etc.

DETAILED DESCRIPTION OF PREFERABLE EMBODIMENTS

FIG. 1 shows (for an examples only) the basic principles for designing a system for collection gases from the exhaust of the burn processes. The bag 4 of the container 5 collects gases from sources:

-   -   cars, trucks etc.; airplanes etc.; boat etc.; power         equipments(cranes etc ); metallurgy etc.; chemurgy etc.; heating         cooling ventilation systems etc.; power stations etc.;         incinerators etc, housing utilities rooms, etc.; hazardous and         storage rooms etc.; kitchens etc.; laundries and cleaning         processes etc.; underground utilities( maintenance chambers         etc); sanitary and storm sewers, chambers and ketch basins,         etc.;garages etc.; and any sours that produce pollutant;

The pump 3 (optional) pumps gases into bag 4 from sources 1 and unit 6 controls the one way pumping into the bag 4 only. The unit 7 controls the level of the bags filing and unit 8 is an opening for changing bags, and unit 9 is a connector to the pipe 2.

FIG. 2. Shows (for an example only} the basic principles for designing water heaters, which use regular garbage for additional source of fuel in a combined with gas bum process. The incinerator 1 roomed for receiving garbage and is hermetically closed by door 19. Unit 11 controls the level of the tank 1. And unit 12 controls switching the fuel from gas to garbage and back. Unit 6 is the gas supplier, which controlled by unit 12 and unit 7 is an air supplier for the incineration of the garbage which controlled by unit 18. Unit 5 is a collector of the burn ashes and removable in the direction “B.”

The flame from incinerator will be transferred to water heater 2 in direction “C”. The exhausted gases will be pumped by pump 16 into container 4, which level controlled by unit 17 and removable in direction “E”. The exhaust gases in pipe 3 will be cooled from circulation cold water in direction “A” by pipe 10 into water heater 2 by valve 9. The hot water is operated by valve 8 in direction “D”. The unit 14 controls the temperature of the exhaust gases in pipe 3 and unit 15 controls emergency turn off the control valve 7 (air supplier) and turn off the gas by valve 6. The drainage sewer 20 is connected to the tank 1 of the incinerator. Therefore, the garbage will be delivered. 

1. An exhaustless pollutant comprising: a a polluting impossible (inexhaustible) means a put away pollutant that prevents polluting from process; a process means a system of operations in producing pollutant: cars, trucks etc.; airplanes etc.; boat etc.; power equipments (cranes etc); metallurgy etc.; chemurgy etc.; heating, cooling, ventilation systems etc.; power stations etc.; incinerators etc, housing utilities rooms, etc.; hazardous and storage rooms etc.; kitchens etc.; laundries and cleaning processes etc.; underground utilities (maintenance chambers etc); sanitary and storm sewers, chambers and ketch basins, etc.; garages etc.; and any source that produce pollutant; a pollutant means something that pollutes waste material that contaminates air, water, soil; a put away pollutant means any prevention polluting.
 2. An exhaustless pollutant comprising: a put away pollutant from sanitation collections; a sanitation collection means waste collection; a fuel means producing energy from waste disposal;
 3. An exhaustless pollutant comprising: a put away pollutant from sanitary collections; a collection means an incinerated material disposal into a central sanitation collection system. 